Réalisation d’une mini serre agricole automatique

Abstract

Smart greenhouse cultivation employs advanced techniques to precisely adjust and monitor environmental factors within the greenhouse. Temperature, humidity, light distribution, and air ventilation can be fine-tuned according to the specific requirements of the cultivated plants. In this thesis, we present the steps taken to design and construct a model agricultural greenhouse. The design includes electronic components such as sensors to measure climate factors and actuators to control temperature, humidity, light distribution, and ventilation. These components are coordinated by an Arduino microcontroller. Furthermore, we have successfully cultivated tomatoes in the greenhouse by creating optimal conditions for their growth. This approach promotes effective resource management and ensures the sustainability and efficiency of agriculture.